Products
Chlorophyll Fluorescence Imaging System
The Chlorophyll Fluorescence Imaging System is an advanced imaging platform integrating a high-sensitivity camera, excitation light source, imaging module, and professional control and analysis software.
By combining camera-based imaging technology with modulated fluorescence measurement techniques, the system enables non-invasive quantitative measurement and visualization of chlorophyll fluorescence signals from plant leaves and other photosynthetic tissues.
Chlorophyll fluorescence intensity is influenced by light conditions and environmental factors, and its dynamic changes provide valuable insights into plant growth performance, photosynthetic efficiency, and leaf physiological status. Therefore, the system is widely used in photosynthesis research, plant stress physiology, and related fields.
Product Advantages
Efficient Data Acquisition
A single imaging session can cover multiple points across individual leaves or entire seedlings, enabling simultaneous acquisition of large volumes of fluorescence data and significantly improving measurement efficiency.
Non-Invasive & Non-Destructive Measurement
The measurement process causes no damage to plants, allowing continuous and repeated monitoring of the same plants throughout the entire growth cycle.
Visualized Fluorescence Parameter Presentation
All fluorescence parameters can be displayed intuitively through false-color images, transforming complex datasets into clear visual representations for easier interpretation and presentation of research results.
Intuitive Workflow Interface
A streamlined workflow combined with a user-friendly interface enables effortless system operation, real-time visualization of analysis results, and efficient experimental workflows.
One-Click Data Export
The system performs real-time data acquisition and analysis, automatically stores raw data and processed results, and supports one-click export of data with detailed graphical PDF reports.
Product Advantages
- Plant stress physiology and stress tolerance research
- Plant physiology and developmental biology studies
- Mutant screening and genetic breeding experiments
- Algal biology research
- Plant physiological status monitoring
- Photosynthetic physiology research
- Other related plant science applications
